(July 2nd, 2025) The World’s Smallest Pacemaker: Design and Applications
(July 2, 2025) The World’s Smallest Pacemaker: Design and Applications Minimally Invasive. Wireless.
Whole-body imaging techniques—such as bioluminescence imaging, PET/CT, and MRI—have long supported preclinical research by offering non-invasive, systemic visualization of biological processes. However, these methods often lack the resolution required to capture cell-level dynamics critical to understanding therapeutic mechanisms.
In this webinar, we explore how intravital microscopy (IVM) is transforming drug delivery research, enabling researchers to visualize real-time, high-resolution interactions directly within live tissues. From tracking nanocarrier behavior on the cell surface to revealing organ-specific delivery mechanisms, IVM provides unmatched insights that drive faster decision-making, reduce development time and cost, and support a “Quick Win, Fast Fail” strategy in drug development.
Join us to discover how shifting from macro- to micro-scale imaging can accelerate breakthroughs in nanomedicine, exosome research, and beyond. Learn more about the IVIM Tech System
(July 2, 2025) The World’s Smallest Pacemaker: Design and Applications Minimally Invasive. Wireless.
(June 12, 2025) From Scan to Results in Minutes: A Live Demo of
(May 29, 2025) An Efficient and Reliable Method to Determine SpO2 in Rodents
(May 14th, 2025) Laser-assisted Bioprinting of Pancreatic Acinar Cells Pancreatic cancer is recognized
(March 6th, 2025) Witness the Power of Contrast Agents & Multimodal Imaging Contrast
(February 25th, 2025) Real-Time Insights into Cardiothoracic Research with Intravital Microscopy For years,